In this paper, a generalized analysis and design methodology of a dual-band branch-line
coupler (BLC) is presented. The proposed design, although based on the prevalent method …

In this paper, enhanced designs of port-extended branch-line coupler (BLC) are presented.
Initially, the analysis of the conventional dual-band port-extended equal-division BLC is …

A scheme to achieve impedance matching at three arbitrary frequencies is presented. The
proposed matching network is cascade of a dual-band matching network and a novel dual …

A novel dual-band 3-dB Wilkinson power divider (WPD) is presented that requires only
partial port extension. The design methodology is based on the impedance matching …

A novel scheme is presented to realize a matching network working at two arbitrary
frequencies. The load is assumed to be complex as well as frequency dependent whereas …

A novel dual band branch line coupler (BLC) has been proposed, designed, implemented,
and analyzed in this paper. A dual band 4 *4 Butler matrix (BM) has also been developed by …

A new approach to design a dual-band matching network using a dual-band quarter-wave
line is presented. The proposed matching network is capable of simultaneously matching …

A dual-band impedance transformer for achieving very high impedance transformation (k)
and frequency ratio (r) is presented in this paper. The design is accompanied by a thorough …

This paper describes a generalized multi-frequency impedance transformer capable of
providing concurrent matching at arbitrary number of frequencies. A frequency dependent …

A solvent-specific novel integrated biosensing network analyzer (IBNA) for the detection of
materials with varying dielectric constant (ie, permittivity) is reported in this article. The …